Cloud module-based remote-control intelligent electro osmosis seepage prevention and moisture prevention system

Abstract

The invention discloses a cloud module-based remote-control intelligent electro osmosis seepage prevention and moisture prevention system, which comprises a cloud computing simulation module, a simulation output module, a manual control module, an intelligent control module, a remote adjustment module, and a data acquisition and monitoring device. Data acquisition comprises acquisition of micro-current, voltage, wall humidity, air temperature, air humidity, and groundwater seepage pressure monitoring sensor data. cloud computing simulation of the remote-control intelligent electro osmosis seepage prevention and moisture prevention system can be realized, the device operation condition and the seepage prevention and moisture prevention effects can be monitored in real time, the device current and voltage parameters can be remotely controlled according to the monitored data, an operation mode of monitoring, feedback and timely processing is achieved, excessive electro osmosis of a concrete structure is prevented, the blank of a system for simulation of electro osmosis seepage prevention and moisture prevention is filled, cloud computing simulation is carried out, the system is convenient to operate, the execution effects of real-time prediction and early warning of electro osmosis seepage prevention and moisture prevention can be achieved, the remote-control intelligent real-timeperformance is realized, and the problem of uncertainties of the processing process of the electro osmosis seepage prevention and moisture prevention system can be reduced.

Description

technical field [0001] The invention belongs to the technical field of concrete electroosmosis, and in particular relates to a remote control intelligent electroosmosis anti-seepage and moisture-proof system based on a cloud module. Background technique [0002] Leakage, mildew, and moisture problems in the use of underground spaces (basement, air-raid shelter, subway, etc.) are common problems in the engineering field. Because of the general waterproof problem of engineering, it has become a difficult problem in the field of engineering waterproof. According to incomplete statistics, since 2005, 68% of the underground buildings have leakage problems to varying degrees, and more than 80% of the underground buildings have mildew and damp problems. For the waterproofing of underground buildings, the common method is to use waterproof membrane or paint waterproof material. These two methods are greatly affected by the engineering environment, and the durability of the waterpro...

AI Technical Summary

Problems solved by technology

[0004] 1. Long-term electrification of concrete will lead to a sharp decrease in the bound water content in the concrete, that is, excessive electroosmosis, which will eventually lead to a decrease in the strength and carbonization of the concrete;

[0005] 2. Once the electroosmosis equipment is damaged and the electroosmosis is interrupted, it will lead to water seepage and humidity again without knowing it;

[0006] 3. The electrical parameters have a direct restrictive effect on the electroosmosis effect. The electrical parameters of the previous electroosmosis equipment are unique, and the parameters cannot be effectively changed in time to adapt to the changes in parameters such as concrete after a period of electroosmosis.

Images